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Biological Treament for Waste water Treatment Plant

Taknik Incorporation use microorganisms, mostly bacteria, in the biochemical decomposition of wastewaters to stable end products. <br><br>Contact us for more....<br>Gmail ID -inquiry@taknikinc.com<br>Contact No: 9510430147

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Biological Treament for Waste water Treatment Plant

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  1. BIOLOGICAL TREATMENT of Wastewater Treatment

  2. INDUSTRIAL WASTEWATER TREATMENT • Industrial wastewater treatment involves processes to eliminate pollutants from water produced in industrial activities, ensuring compliance with environmental standards before discharge or potential reuse in industrial operations.

  3. IMPORTANCE OF TREATING WASTEWATER • Treating industrial wastewater is vital for safeguarding ecosystems, protecting public health, and ensuring compliance with environmental regulations, preventing pollution and mitigating adverse impacts on water resources and biodiversity.

  4. BIOLOGICAL PROCESSES TREATMENT • Biological processes in industrial wastewater treatment employ microorganisms to break down pollutants, ensuring effective and eco-friendly treatment. This sustainable approach aids in compliance with environmental regulations and reduces environmental impact.

  5. MICROORGANISMS IN WASTEWATER TREATMENT • bacteria, fungi, and protozoa, facilitate the breakdown of organic pollutants, ensuring efficient and environmentally sound processes for the removal of contaminants in industrial settings.

  6. TYPES OF BIOLOGICAL TREATMENTT • Aerobic Treatment: Activated Sludge Process. • Anaerobic Treatment: Anaerobic Digestion. • Combined Treatment Systems.

  7. AEROBIC TREATMENT: ACTIVATED SLUDGE PROCESS. • Wastewater and activated sludge are mixed in aeration tanks, promoting the biological breakdown of contaminants. Clarifiers then separate treated water from sludge, and a portion of the sludge, called return sludge, is recycled to enhance treatment efficiency.

  8. ANAEROBIC TREATMENT: ANAEROBIC DIGESTION. • Is a process that breaks down organic matter in the absence of oxygen. This results in biogas production, a valuable energy source. • Biogas can be utilized for various purposes, such as electricity generation or as a renewable fuel.

  9. COMBINED TREATMENT SYSTEMS. • Nutrient removal in wastewater treatment, specifically targeting nitrogen and phosphorus, is crucial to prevent environmental pollution. • Biological Nutrient Removal (BNR) processes employ microorganisms to efficiently reduce nutrient levels, safeguarding water quality and ecosystems from the harmful effects of excessive nutrients.

  10. ADVANTAGES OF BIOLOGICAL TREATMENT • Environmental Benefits. • Cost-Effectiveness. • Sustainable Approaches. • Efficient Nutrient Removal. • Environmentally Friendly. • Long-Term Stability.

  11. Challenges and Considerations • Sensitivity to Temperature and pH • Potential for Sludge Production • Energy Requirements. • Long Start-Up Periods. • Variable Treatment Rates. • Sensitivity to Environmental Conditions.

  12. THANK YOU You can Contact us on ... Contact us : 9510430147/inquiry@taknikinc.com.

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